0 0 votes Suppose $G$ is a cyclic group and $a, b \in G$. There does not exist any $x \in G$ such that $x^{2}=a$. Also, there does not exist an $y \in G$ such that $y^{2}=b$. Then, there exists an element $g \in G$ such that $g^{2}=a b$. there exists an element $g \in G$ such that $g^{3}=a b$. the smallest exponent $k>1$ such that $g^{k}=a b$ for some $g \in G$ is $4 .$ none of the above is true. Others isi2021-mma group-theory + – admin 577 views answer comment Share Follow Print 0 reply Please log in or register to add a comment.